Corona is also known as a novel coronavirus disease but it is no longer a new disease for any country. Almost all countries across the world are affected with this deadly virus and the number of victims are increasing day by day resulting in shortage of beds and rooms in hospitals restricting proper treatment for common people. As a solution UK is coming up with medical ventilators which can be a potent solution to give life to all COVID-19 victims, especially those who are seriously affected.
How do these ventilators work?
Those who are critically affected from COVID-19 get breathing trouble which restricts the flow of oxygen to their lungs. The ventilator designed by the British engineering firms assists people in easy breathing by supplying proper oxygen to their lungs and removing carbon-di-oxide.
The process of these ventilators sounds really simple but the mechanism included in it is a bit complex one.
Mechanism of medical ventilators:
Corona affected folks already suffer with weak lungs, hence the ventilators are designed keeping its pressure minimum to avoid further damage to the lungs. Also the amount of oxygen is controlled to its best effective level, as excess of oxygen may also harm weak lungs. Now with the increase in the numbers of affected folks the requirement of these kits are increasing day by day all across the world.
Production of Ventilator kit:
As the requirement of a ventilator kit is heavy hence production must be done on a large scale which is not nearly possible for British engineering firms to achieve all alone. As a solution, British government is lending a helping hand by seeking assistance from a wide range of manufacturers.
Hence, top manufacturers of this world, such as Rolls-Royce and JCB are also included in the discussion of ventilator kit manufacturing. Another potential contributor of this big challenge is TT Electronics, which is majorly responsible for the development of special coils and ultra-fine wound wire for radiation therapy equipment and surgical navigation devices.
A complete guide on healthcare technology and its uses
Healthcare sector is a boon for the mankind that assists folks to regain their healthy and live it to their fullest. It is a digitized world where every sector has been taken over by technologies making the operations simpler and faster. The collaboration of technology with medical sector can bring miracles to the available treatments and can also help the healthcare professionals to find out solutions for untreated diseases. Emergence of healthcare technologies has brought software tools that can boost hospital operations and can increase the productivity with enhanced treatment quality. More improvements can be expected in the healthcare sector using technological advancements. Earlier healthcare facilities were accessible to a limited group of people depending on their geo locations, budget, and other factors. But now, with the growth of technology in medical sector has increased the boundaries of healthcare facilities by making the services available for everyone.
Uses of healthcare technology:
With the extension in the healthcare services, healthcare sectors are getting segregated with several specializations. Administrating all the departments together was getting difficult for the hospital managements. To simplify the administration task, most of the healthcare providers started using machine learning and artificial intelligence that assist them in automating their administration work without any manual assistance. With the use of such tool taking, storing and transmitting medical reports of countless patients along with the track record of medical professionals working in the hospital can be done easily.
Surgery word itself implies complications but not anymore. In the present technological era, most of the complicated surgeries have got an easier alternate to treat the same disease without cuts and wounds. Technology has taken the medical world entirely, ranging from taking clearer internal body pictures using ultra-sound till crawling smaller bots to the depth of the heart can be done with latest technologies. Not only the bot, but it has given wide range of other solutions too with various types of treatments for serious diseases.
Major technologies used in healthcare sector
Healthcare sector is undergoing huge variations in recent days and the potential factor behind this rapid development is technological advancements. There are several technologies that have been a part in the effective development of healthcare sector. There were several untreated diseases which were not having any solutions so far, but now with the help of technologies, healthcare specialists are much informed about the diseases and all possible treatments. With the advanced technologies, experts have invented latest tools and equipment which are used to treat complex health issues. Now healthcare sector has crawled a long way than ever before.
Technologies used in healthcare sector are listed below:
Artificial intelligence is now the talk of the town and healthcare sector is continuously searching for the scope and better opportunities. The healthcare market has grown approx. 40% in last half decade. The count of revenue of healthcare sector has grown from $600 million to $6.6 billion in current year. Not just the revenue, but AI is also responsible for the enhancement of medical treatment standards. Now understanding a human health is much easier and accurate. With the help of artificial intelligence we have bots that can crawl inside the body easily without any cuts and wounds and can help detecting the health condition, image capturing, etc. AI also has provided an automated reminder that helps in reducing the risk of worsen health.
Blockchain is not only used for currency storage and transfer rather it is making miracles in the healthcare sectors. It is a world of digitization where every sector is using digital platform producing limitless data every day. When you talk about the medical sector, data plays a crucial role in keeping a person healthy. The data of one’s health may be required after a long duration and this effective data storage has become possible with blockchain. It helps the professionals to keep health records of their patients for several years and also to retrieve it anywhere anytime with a flexibility of transferring the data to any other port.
Potential of nanotechnology in medical sector
The word nano take us to the tiniest shapes but the measurement of nano is much smaller than what we expect. Nano can be defined as one billionth of something. The measuring scale of nano is recently been added to almost every business sector including medical sector. It is allowing the medical professionals to measure and study the tiniest particles like cell components, viruses, DNA, and more. With the help of nano technology, medical sector has developed sub microscopic labs, tools, tubes and robots. DNA is the most basic element of human body, with the manipulation of DNA a number of diseases can be treated effectively by having a great control over the growth of DNA. Use of nanotechnologies is done by using nanoparticles for the treatment for which nano-robots are developed in the form of medicines to revitalize the cellular parts of a body.
Nanotechnology in medical sector:
There are certain diseases that require crucial substances for a particular cell development as a treatment of the disease, for example cancer. With the help of nanotechnology, particles are engineered which can effectively engage with the affected cells and repair it with a direct treatment. This technique is considered as the best way to treat certain type of diseases because it refrains the medication from effecting the healthy cells of the body and only work on the diseased ones to improve your all over health.
There are several antibodies which are capable of detecting severe disease like cancer and tumor. With the help of nanotechnology antibodies are attached to the nanotubes made up of carbon and is used to detect the cancer cells present in blood stream. With the same technology, a device is being developed which can detect the kidney related issues at an early stage.